Safedry Restoration

Water Damage Restoration

When your home is being threatened by water damage from flooding or leaks, Safedry Restoration Professionals have the expertise to prevent or mitigate the devastating effects water damage can have in order to help preserve and restore your property.

Fire Damage Restoration

Fire damage can be extensive and traumatic. During these times we are leaders in fire restoration. We can handle any commercial or residential fire no matter the size.

Smoke damage is also a large part of fire cleanup. Soot can ruin personal property even if it was not affected by the fire. Being soot and smoke restoration experts, let us at Safe Dry Restoration be the professionals who return your property back to normal.

MOLD REMEDIATION

There may be mold growing in your home. Like all fungi, mold feeds on the organic materials that can be found on non-synthetic surface areas that contain moisture. Our experienced team of Certified Professionals can find pockets of hidden mold that may be causing serious harm.

In the OSHA Lead in Construction Standard, manual sanding is listed as a work method that, in the absence of previous exposure data, is initially presumed to expose employees to lead in excess of 50 mg/m3 but not in excess of 500 mg/m3 . However, the arithmetic mean for the nine 30-min exposures in this study was 430 mg/m3 and four of the nine OSHA Lead Paint In Construction Standard results exceeded 500 mg/m3 .

Using these nine 30-min sample results to model three site-speciﬁc distributions of 8-hr TWAs indicates that a signiﬁcant proportion of the full-shift exposures would exceed 500 mg/m3 (Table IV). This OSHA Lead Paint In Construction Standard indicates that it is common for dry manual sanding to result in full-shift lead exposure levels that exceed 10 times the PEL, the OSHA maximum exposure level for which half-mask air-purifying respirators may be used.

In the Washington State study, three painters doing power sanding had TWA exposures of 400, 1035, and 2270mg/m3 . The highest TWA exposure in the San Francisco Victorian study, OSHA Lead Paint In Construction Standard 1700 mg/m3 , was measured during power sanding.

In the exposure assessment data assembled by OSHA in support of the Lead in Construction Standard, OSHA Lead Paint In Construction Standard 65 samples taken during non abatement power tool use ranged from 1 to 20,600 mg/ m3 , with a mean of 735 mg/m3 and an estimated 95th percentile value of 1314 mg/m3 . The ten 30-min sample results from this study had an estimated 95th percentile value of 1700mg/m3 .

This lends support to OSH's decision to list 'power tool cleaning without dust collection systems' as a work method that, in the absence of exposure monitoring, OSHA Lead Paint In Construction Standard should be treated as exposing employees to lead in excess of 500 mg/m3 but not in excess of 2500 mg/m3 .

The fact remains, however, that the painters monitored by this project were not wearing full-face respirators but rather half-mask respirators during this work and OSHA Lead Paint In Construction Standard that this kind of respirator is widely used among residential and commercial painters.

The data indicate that it is common for uncontrolled power sanding to result in 30-min lead exposure levels that, if sustained for a full work shift, would exceed 10 times the PEL, OSHA Lead Paint In Construction Standard the OSHA maximum exposure level for which half-mask air-purifying respirators may be used. The 30-min results in Table II for dry manual sanding and uncontrolled power sanding are roughly equivalent in terms of worker lead exposure.

In Table III these same results are categorized by the percentage of lead in the paint so as to partially adjust for the confounding effect of this variable. The results in Table III show that the mean lead exposures from uncontrolled power sanding are higher than for dry manual sanding when the two OSHA Lead Paint In Construction Standard methods are used on paint surfaces with approximately the same lead content (900 vs. 600 mg/m3 , and 97 vs. 53 mg/m3 ).

By analyzing the amount of total dust exposure associated with these two methods, their relative 'dustiness' can be compared. Samples were analyzed for total dust to compare work methods while avoiding the confounding effect of different lead paint concentrations. By measuring the dustiness of the two work methods, OSHA Lead Paint In Construction Standard the range of potential airborne lead exposures associated with each method could be compared directly.

The data in Table V indicate that the mean total dust exposure level for power sanding (14,000 mg/m3 ) was twice that of dry manual sanding (6700 mg/m3 ). In summary, OSHA Lead Paint In Construction Standard the results indicate that dry manual sanding and uncontrolled power sanding can both result in high airborne lead exposures among residential and commercial painters.

The data also indicate that exposures from uncontrolled power sanding can be expected OSHA Lead Paint In Construction Standard to be approximately twice that of dry manual sanding. Both methods can result in lead exposure levels that, if sustained for a full work shift, would exceed 10 times the PEL (500 mg/ m3 as an 8-hr TWA) and thus the OSHA-assigned level of protection for a half-mask air-purifying respirator.

This ﬁnding supports the full-shift OSHA Lead Paint In Construction Standard exposure results discussed previously. Together these ﬁndings indicate that painters are not always adequately protected by half-mask respirators when dry manual sanding or using uncontrolled power sanding on lead-containing paint.

HEPA-Exhausted Power Sanding Airborne exposures associated with dry manual sanding, OSHA Lead Paint In Construction Standard uncontrolled power sanding, and HEPA-exhausted power sanding are provided in Tables II and III. The results in Table II indicate that the mean 30-min exposure level associated with HEPA-exhausted power sanding is 8% of the mean level for dry manual sanding and 6% of the mean level for uncontrolled power sanding.

The results in Table III provide exposure levels for the OSHA Lead Paint In Construction Standard three methods given paint concentrations that fall within the same range. For the paint concentration range of 10Â19.9% lead, the mean exposure level associated with HEPA-exhausted power sanding (52 mg/m3 ) is 9% of that associated with dry manual sanding (600 mg/m3 ) and 6% of that associated with uncontrolled power sanding (900 mg/m3 ).

For the paint concentration range of 0Â9.9% lead, OSHA Lead Paint In Construction Standard the mean exposure level associated with HEPA-exhausted power sanding (24 mg/m3 ) is 45% of that associated with dry manual sanding (53 mg/m3 ) and 25% of the level associated with uncontrolled power sanding (97 mg/m3 ). As discussed above, the intent of simultaneously analyzing the samples for 'total dust' exposures was to compare work methods independent of differences in surface lead paint concentration.

The data in Table V indicate that the estimated mean total dust exposure for HEPA-exhausted power sanding is 1600 mg/m3 or 24% of the level for dry manual sanding (6700 mg/m3 ) and OSHA Lead Paint In Construction Standard 11% of the level for uncontrolled power sanding (14,000 mg/m3 ).

In summary, OSHA Lead Paint In Construction Standard the data indicate that airborne lead exposures from HEPA-exhausted power sanding can be expected to be approximately 20% of the levels from dry manual sanding and 10% of the levels from uncontrolled power sanding.

This Guide for Home Energy Raters presents Guide Details that serve as a visual reference for each of the line items in the Water Management System Builder Checklist. Crawl Space Drying How Do I Encapsulate And Dehumidify The Crawl Spac The details are great tools for Rater education and will help Raters answer contractor and subcontractor questions.&nb read more..

Hurricane Hugo in 1989 was the most powerful Wind Damage Tropical Hurricane Hugo Storm Damage and rainstorm to hit the United States since 1969 when Camille hit the Gulf Coast. Hugo was disastrous and caused extensive residential wind damage, widespread lifeline annihilation, and massive timber devastation in South Carolina. The rainst read more..

Focus on high value items that were not water impacted and items that have special significance. If an entire item cannot be saved, consider parts that could be saved. For example, if a family heirloom such as an antique chest cannot be saved, consider saving the non-porous handles Structural Drying Roof Leak Diverter or read more..

Small contractors are an especially difficult audience to reach with a safety message, and yet there are thousands of them across the United States who, on a daily basis, direct thousands of employees in their work. Most construction companies are small, and the way in which health and safety practi read more..

This handbook has been prepared by the City of LaSalle to explain the causes of sewer backups that occur in the Sewage Cleanup Clean Up Raw Sewage Carefully City during sever rainstorms and to describe steps that are available to homeowners to prevent backups and to protect the contents of their house.

Walls, ceilings, floors, and woodwork shall be coated with paint or polyurethane after cleaning toisolate the remaining meth residue. Some studies show that meth can "wickÂ through paint. Apply atleast two coats of high quality paint or polyurethane. A primer coat Meth Lab Cleanup Physical Symptoms Of A Meth Lab In Your Rental Hou will improve adhesion read more..

Reinforce walls and footings to minimize shrinkage cracking and cracking due to uneven settlement. To retard movement of radon through hollow core masonry walls, the top and bottom courses of hollow masonry walls should be solid block, Basement Drying Safely Get Water Out Of A Flooded Basement or filled solid.

When reviewing completed work, keep in mind that it is difficult to evaluate technical aspects of a treatment. A good rule of thumb is that all repairs should be discernable to a trained eye, Document restoration How To Restore Fire Damaged Photos o that those consulting the materials in the future will not be misled about an item's read more..

Field measurements using a tape measure of 12 of the cuts revealed that the paint was stripped back an average of 1.15 (range of 0.5 to 4.0 inches) inches from the cut line (based on 69 measurements taken). After hot cutting, Lead Paint Removal Lead Paint Exposure To Iron Workers burned paint provided visual evidence that stripping was insuffi read more..

Agreement under which the tenant or person in possession holds, after service, under AS 09.45.100 (c), of demand made in writing by the landlord for the possession of the premises if the rent is not paid, the tenant or person in possession fails or refuses to vacate or pay the rent due within seven read more..